Orthognathics 1.5/2 - Medartis · Orthognathics 1.5/2.0 | 5 Æ MODUS ORTHOGNATHICS MODUS Orthognathics offers an innovative range of products

Orthognathics 1.5/2.0 | 1

à www.medartis.com/de/products/modus/mandible

Orthognathics1.5/2.0

PRODUCT INFORMATION

HEADQUARTERS

Medartis AG | Hochbergerstrasse 60E | 4057 Basel/Switzerland

P +41 61 633 34 34 | F +41 61 633 34 00 | www.medartis.com

SUBSIDIARIES

Australia | Austria | France | Germany | Mexico | New Zealand | Poland | UK | USA

For detailed information regarding our subsidiaries and distributors, please visit www.medartis.com

MODUS®

Mandible

2 | Orthognathics 1.5/2.0


LITERATURE

1) Joss, C.U., Vassalli, I.M. Stability After Bilateral Sagittal Split Osteotomy Advancement Surgery With Rigid Internal Fixation: A Systematic Review J. Oral Maxillofac Surg. 67:301-313,2009

2) Sauerbier, S., Schön, R., Otten, J.-E., Schmelzeisen, R., Gutwald, R. The development of plate osteosynthesis for the treatment of fracture of the mandibular body – A literature review J. of Cranio-Maxillofacial Surgery, 2008, 36, 251-259

3) Prein, J., Assael, L.A. Manual of Internal Fixation in the Cranio-Facial Skeleton Springer-Verlag, Berlin Heidelberg, 1998, p. 187 - 198

4) Seeberger R, Asi Y, Thiele O.C, Stucke K, Hoffmann J, Engel M: Neurosensory and temporomandibular joint function after high oblique sagittal split osteotomy (HSSO). An alternative technique in orthognathic surgery. Br J Oral Maxillofac Surg 2012 Dec 18. Epub ahead of print.

5) Seeberger R, Thiele O. C., Mertens C., Hoffmann J., Engel M.: Proximal segment positioning with high oblique sagittal split osteotomy (HSSO): Indications and limits of intraoperative mobile CBCT. Oral Surg Oral Med Oral Pathol Oral Radiol Endod 2013 Jan 8. Epub ahead of print.


à www.medartis.com/de/products/modus/mandibleMedartis, APTUS, MODUS, TriLock, HexaDrive and SpeedTip are registered trademarks of Medartis AG, 4057 Basel/Switzerland

Orthognathics 1.5/2.0

CONTENTS

2 Literature

4 – 5 Introduction and Indications

6 – 7 Anatomical Plate Design

8 – 9 Superior Screw Technology

10 – 11 Technology and Biomechanics

12 – 13 Storage in Perfection

14 – 15 Modular Concept

16 – 35 Ordering Information

16 - 19 Screws, Sliders

20 - 26 Plates

27 - 29 Twist Drills

30 – 33 Instruments

34 - 35 Storage

36 - 37 Clinical Cases


www.medartis.com/de/products/modus/mandible

A broad portfolio of plate designs

• Ramus plates for stable osteosynthesis on the ascending ramus

• Open sagittal split plates for transverse flexibility after sagittal split

• Closed sagittal split plates for semi-rigid fixation

• L and Z plate design for LeFort I osteotomies based on clinical

CT data

• Pre-shaped maxillary plates with various increments

MODUS Orthognathics 1.5/2.0 Indication-specific solutions for maxillary and mandibular orthognathic surgeries

21 2 33



MODUS ORTHOGNATHICS

MODUS Orthognathics offers an innovative range of products

for use in orthognathic surgeries. A distinction is drawn

between the two indications maxilla (midface) and mandible

based on the different forces to which they are subjected and

the properties of the bone. The 1.5 system size is used for

surgeries on the bones of the midface. The 2.0 system size is

used for the mandible, which is exposed to greater forces and

exhibits a denser bone structure.

MODUS Orthognathics offers the user a selection of indication-

specific plates specially designed for applications in the mandible

to cover different approaches to surgery. The ideal implant can

be selected based on the chosen osteotomy line, the desired

degree of stability and the amount of displacement.

MODUS Orthognathics features anatomical plate designs

to optimize osteosynthesis efficiency, with minimal plate

contouring required. The small increments in plate size

are another key benefit. These permit fixation close to the

osteotomy line and help achieve greater stability. Laser

markings serve as an orientation guide when bending plates

and defining the width of the osteotomy split.

Innovative system storage with an intuitive and user-friendly

instrument set ensures a pleasant experience all-round when

working with MODUS Orthognathics.

1 Ramus osteotomy

2 Sagittal split with open sagittal split plate

3 Sagittal split with closed sagittal split plate

4 LeFort I

5 Genioplasty

4 54 5



21

3

4 5 1 Chin plate in the clip

2 Detail ramus plate

3 Detail laser markings on implants

4 Part of a skull bone model - LeFort I with cortical screws

5 Finite elements analysis of an open sagittal split plate

Anatomical Plate DesignMODUS Orthognathics 1.5/2.0

For further information on the plate range, see the MODUS Ordering Catalog at www.medartis.com/meta/downloads/marketing-material



INDICATIONS

The MODUS Orthognathics range includes a large selection of plates :

• Mandibular and maxillary (midface) osteotomies performed as part of orthognathic surgery:

o LeFort I, II, and III

o Ramus and corpus osteotomies

o Genioplasties

PLATE FEATURES

• Plates can be contoured anatomically for intraoperative ease of use

• Midface: system size 1.5, plate thickness 0.7 mm

• Mandible: system size 2.0, plate thicknesses 0.6 - 1.3 mm

• Anatomical plate design

• Reduced plate height prevents soft tissue irritation

• Laser markings as an orientation guide

• Small increments in plate sizes permit fixation nearer to the osteotomy split

• Reinforced screw holes next to the bar provide optimal plate stability

• L and Z plate design based on clinical CT data

• Slider as an aid for intraoperative occlusion adjustment

• Small increments in plate sizes for fixation nearer to the

osteotomy split



1

3 1 SpeedTip polygonal cutting tip

2 Sharp screw thread

3 Finite elements analysis of a HexaDrive screw head

Superior Screw TechnologyMODUS Orthognathics 1.5/2.0

For further information on the screw range, see the MODUS Ordering Catalog at www.medartis.com/meta/downloads/marketing-material

2



• Outstanding self-tapping screw thread

• HexaDrive interface with excellent self-holding properties

• SpeedTip thread design for time saving and effortless insertion

SCREW OPTIONS

• Selection between HexaDrive or cross-drive screws

• 1.5/1.8/2.0/2.3 mm self-tapping cortical screws

• 1.5/2.0 SpeedTip screws (self-drilling)

• Screw lengths from 4 mm to 23 mm

• 2.0 mm TriLock screws

• 2.0 mm self-drilling IMF screws (optional)

SCREW FEATURES

• HexaDrive technology– the optimal self-retaining mechanism between screw and screwdriver for increased torque transmission

• Excellent self-tapping properties (without cutting flutes) and easy screw insertion due to precision cut thread profile

• SpeedTip technology for self-drilling screws:

o Reduced risk of dislocation thanks to excellent grip

o Effortless insertion: Only the polygonal tip pushes bone material aside – regardless of screw length

o Excellent tactile feedback during insertion

• Screws can be inserted more rapidly due to a thread pitch which is optimized for the length of the screw

• Tapered core diameter close to the screw head for increased torsional and tensile strength

Cortical screws

self-tapping

IMF screws

self-drilling

Excellent

self-holding properties

Contact surface

for screw retention

Contact surface for

torque transmission

SpeedTip screw

self-drilling

TriLock screws

self-tapping



Technology and Biomechanics MODUS Orthognathics 1.5/2.0

2 3 1 TriLock locking technology

2 Biomechanical testing of an implant

3 Finite elements analysis of closed sagittal split plate

1



SPEEDTIP THREAD TECHNOLOGY

• Functionally unique cutting tip with rapid gripping

• Immediate gripping of the bone with only a slight axial pressure

• The triangular tip design permits simultaneous drilling and displacement of the bone material

• Reduced insertion torque thanks to the polygonal tip and tapered shaft

TRILOCK LOCKING TECHNOLOGY

• Secure, angular stable locking of the screw in the plate

o Spherical three-point wedge-locking

o Friction locking through radial bracing of the screw head in the plate – without additional tensioning components

• Screws can pivot freely by ± 15° in all directions for optimal positioning

• Intra-operative fine tuning capabilities

• TriLock screws can be re-locked in the same plate hole under individual angles up to three times

• Minimal screw head protrusion thanks to submerged locking contour

• No cold welding between plate and screws

BIOMECHANICS

• TriLock ramus plate: internal fixator

o “Internal fixator” principle for stable osteosynthesis on the ascending ramus

• Open sagittal split plate: Treatment concept according to Prof. Dr. Dr. Dr. h.c. Ulrich Joos, Münster (Germany)

o Transverse plate elasticity permits independent adjustments to be made postoperatively to ensure that the mandibular condyle is optimally positioned

• SpeedTip thread design - screw insertion without pre-drilling

• TriLock - multidirectional (±15°) and angular stable

• Osteotomy plates with transverse flexibility

• Ramus plate with the characteristics of an internal fixator

Load-free zone



1 Screw module

2 Detail stackable plates in the clip

3 Instrument case with color-coding

4 Instrument case

5 Plate module

Storage in PerfectionMODUS Orthognathics 1.5/2.0

1

4 5 4

3

2



• Flexible, simple, safe

• User-specific sets

• LOT traceability for each implant

• Validated preparation and sterilization

FLEXIBLE - MODULAR CONCEPT

• Economical set configurations

• Set contents can be configured to meet user needs

• Easy implant upgradeability

• Storage of implants in clips

SIMPLE - WELL DESIGNED COLOR-CODING AND LABELING CONCEPT

• Color-coded clips to ensure clear matching of compatible implants

• Barcoding ensures clear matching of drills to screws

• Laser-engraved plate contour on the clip matches the actual dimensions of the plate

• All implant data easy to identify thanks to clearly legible clip labeling, including:

o Article number

o LOT number

o Screw diameter in mm

o Screw length in mm

SAFE - VALIDATED PREPARATION AND STERILIZATION

• Implants securely held in the clip permit an optimal washing process

• Sterilization in the container or wrapping in sterilization wrap/film

• Implant cases with validated cleaning and sterilization

• Implant cases easy to stack



Modular Concept• Economic and compact system

• Easy to handle

• Streamlined organization of implants and instruments

• Clips ensure LOT traceability

• Validated cleaning and sterilization

MODUS Orthognathics 2.0 (including instruments)MODUS Orthognathics 1.5 (including instruments)

Also available as separate sets:



Example of equipped implant cases (1.5/2.0), plates and screws (large)

Example of equipped implant cases (1.5/2.0), plates and screws (small)

Example of an equipped instrument case

Instrument case Instrument tray



Length Art. No. Piece/Pkg Art. No. Piece/Pkg Push-Button

4 mm M-5220.04C/1 1 M-5220.04C/4 4 M-6762.020

5 mm M-5220.05C/1 1 M-5220.05C/4 4 M-6762.021

6 mm M-5220.06C/1 1 M-5220.06C/4 4 M-6762.022

7 mm M-5220.07C/1 1 M-5220.07C/4 4 M-6762.023

8 mm M-5220.08C/1 1 M-5220.08C/4 4 M-6762.024

9 mm M-5220.09C/1 1 M-5220.09C/4 4 M-6762.025

11 mm M-5220.11C/1 1 M-5220.11C/4 4 M-6762.027


4 mm M-5122.04C/1 1 M-5122.04C/4 4 M-6762.002

5 mm M-5122.05C/1 1 M-5122.05C/4 4 M-6762.003

6 mm M-5122.06C/1 1 M-5122.06C/4 4 M-6762.004

7 mm M-5122.07C/1 1 M-5122.07C/4 4 M-6762.005

8 mm M-5122.08C/1 1 M-5122.08C/4 4 M-6762.006

9 mm M-5122.09C/1 1 M-5122.09C/4 4 M-6762.007

11 mm M-5122.11C/1 1 M-5122.11C/4 4 M-6762.009


4 mm M-5223.04C/1 1 M-5223.04C/4 4 M-6762.032

5 mm M-5223.05C/1 1 M-5223.05C/4 4 M-6762.033

6 mm M-5223.06C/1 1 M-5223.06C/4 4 M-6762.034

7 mm M-5223.07C/1 1 M-5223.07C/4 4 M-6762.035

9 mm M-5223.09C/1 1 M-5223.09C/4 4 M-6762.036


4 mm M-5121.04C/1 1 M-5121.04C/4 4 M-6762.014

5 mm M-5121.05C/1 1 M-5121.05C/4 4 M-6762.015

6 mm M-5121.06C/1 1 M-5121.06C/4 4 M-6762.016

7 mm M-5121.07C/1 1 M-5121.07C/4 4 M-6762.017

9 mm M-5121.09C/1 1 M-5121.09C/4 4 M-6762.018

1.5 Cortical Screws, HexaDrive 4, in the Clip Material: Titanium (ASTM F136)

1.5 Cortical Screws, Cross-Drive, in the Clip Material: Titanium (ASTM F136)

1.5 SpeedTip Screws, Self-Drilling, HexaDrive 4, in the Clip Material: Titanium (ASTM F136)

1.5 SpeedTip Screws, Self-Drilling, Cross-Drive, in the Clip Material: Titanium (ASTM F136)

Ordering Information

For further information on removing and installing of push-buttons, see document „MANDIBLE-07001001_v0 , Clip Case System - Instructions for service and maintenance“ at www.medartis.com/meta/downloads/marketing-material




5 mm M-5230.05C/1 1 M-5230.05C/4 4 M-6762.039

7 mm M-5230.07C/1 1 M-5230.07C/4 4 M-6762.040


5 mm M-5132.05C/1 1 M-5132.05C/4 4 M-6762.037

7 mm M-5132.07C/1 1 M-5132.07C/4 4 M-6762.038




4 mm M-5240.04C/1 1 M-5240.04C/4 4 M-6766.027

5 mm M-5240.05C/1 1 M-5240.05C/4 4 M-6766.028

6 mm M-5240.06C/1 1 M-5240.06C/4 4 M-6766.029

7 mm M-5240.07C/1 1 M-5240.07C/4 4 M-6766.030

8 mm M-5240.08C/1 1 M-5240.08C/4 4 M-6766.031

9 mm M-5240.09C/1 1 M-5240.09C/4 4 M-6766.032

11 mm M-5240.11C/1 1 M-5240.11C/4 4 M-6766.034

13 mm M-5240.13C/1 1 M-5240.13C/4 4 M-6766.036

15 mm M-5240.15C/1 1 M-5240.15C/4 4 M-6766.037

17 mm M-5240.17C/1 1 M-5240.17C/4 4 M-6766.038

19 mm M-5240.19C/1 1 M-5240.19C/4 4 M-6766.039

21 mm M-5240.21C/1 1 M-5240.21C/4 4 M-6766.040

23 mm M-5240.23C/1 1 M-5240.23C/4 4 M-6766.041




4 mm M-5180.04C/1 1 M-5180.04C/4 4 M-6766.001

5 mm M-5180.05C/1 1 M-5180.05C/4 4 M-6766.002

6 mm M-5180.06C/1 1 M-5180.06C/4 4 M-6766.003

7 mm M-5180.07C/1 1 M-5180.07C/4 4 M-6766.004

8 mm M-5180.08C/1 1 M-5180.08C/4 4 M-6766.005

9 mm M-5180.09C/1 1 M-5180.09C/4 4 M-6766.006

11 mm M-5180.11C/1 1 M-5180.11C/4 4 M-6766.008

13 mm M-5180.13C/1 1 M-5180.13C/4 4 M-6766.009

15 mm M-5180.15C/1 1 M-5180.15C/4 4 M-6766.010

17 mm M-5180.17C/1 1 M-5180.17C/4 4 M-6766.011

19 mm M-5180.19C/1 1 M-5180.19C/4 4 M-6766.012

21 mm M-5180.21C/1 1 M-5180.21C/4 4 M-6766.013

23 mm M-5180.23C/1 1 M-5180.23C/4 4 M-6766.014




5 mm M-5243.05C/1 1 M-5243.05C/4 4 M-6766.042

6 mm M-5243.06C/1 1 M-5243.06C/4 4 M-6766.043

7 mm M-5243.07C/1 1 M-5243.07C/4 4 M-6766.044

8 mm M-5243.08C/1 1 M-5243.08C/4 4 M-6766.045

9 mm M-5243.09C/1 1 M-5243.09C/4 4 M-6766.046

11 mm M-5243.11C/1 1 M-5243.11C/4 4 M-6766.048


5 mm M-5183.05C/1 1 M-5183.05C/4 4 M-6766.015

6 mm M-5183.06C/1 1 M-5183.06C/4 4 M-6766.016

7 mm M-5183.07C/1 1 M-5183.07C/4 4 M-6766.017

8 mm M-5183.08C/1 1 M-5183.08C/4 4 M-6766.018

9 mm M-5183.09C/1 1 M-5183.09C/4 4 M-6766.019

11 mm M-5183.11C/1 1 M-5183.11C/4 4 M-6766.021


5 mm M-5245.05C/1 1 M-5245.05C/4 4 M-6766.054

6 mm M-5245.06C/1 1 M-5245.06C/4 4 M-6766.055

7 mm M-5245.07C/1 1 M-5245.07C/4 4 M-6766.056

8 mm M-5245.08C/1 1 M-5245.08C/4 4 M-6766.057

9 mm M-5245.09C/1 1 M-5245.09C/4 4 M-6766.058

2.0 SpeedTip Screws, Self-Drilling, HexaDrive 6, in the Clip Material: Titanium (ASTM F136)

2.0 SpeedTip Screws, Self-Drilling, Cross-Drive, in the Clip Material: Titanium (ASTM F136)

2.0 TriLock Screws, HexaDrive 6, in the Clip Material: Titanium (ASTM F136)





5 mm M-5250.05C/1 1 M-5250.05C/4 4 M-6766.066

7 mm M-5250.07C/1 1 M-5250.07C/4 4 M-6766.067




5 mm M-5190.05C/1 1 M-5190.05C/4 4 M-6766.063

7 mm M-5190.07C/1 1 M-5190.07C/4 4 M-6766.064

M-5242.08C M-5142.08C M-5252.08C M-5152.08C

10 mm

Sliders, Fenestrated, in the Clip Material: Titanium (ASTM F136)

Art. No. Interface Ø Length Piece/Pkg Sticker

M-5242.08C HD6 2.0 mm 8 mm 1 M-6776.035

M-5142.08C 2.0 mm 8 mm 1 M-6776.033

M-5252.08C HD6 2.3 mm 8 mm 1 M-6776.036

M-5152.08C 2.3 mm 8 mm 1 M-6776.034



M-4038C

1.5 Straight Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm

1.5 L-Plates, Medial, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm

Art. No. Description Holes Piece/Pkg Sticker

M-4038C straight, in the clip 4 1 M-6772.022


Art. No. Description Bar Holes Piece/Pkg Sticker

M-4003C L, left, in the clip max. 3 mm 4 1 M-6772.001

M-4004C L, right, in the clip max. 3 mm 4 1 M-6772.002











18 mm

M-4038C M-4039C

18 mm 36 mm

M-4003C M-4007C M-4011C M-4013C

M-4017C M-4021C

17

mm

19

mm 26

mm

26

mm

28

mm

31

mm

8 8

13 mm 8

13 mm

13 mm

M-4004C M-4008C M-4012C M-4014C

M-4018C M-4022C

For further information on removing and installing of stickers, see document „MANDIBLE-07001001_v0 , Clip Case System - Instructions for service and maintenance“ at www.medartis.com/meta/downloads/marketing-material



1.5 Maxillary Plates, Pre-shaped, Medial, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm


M-4005C LeFort I, left, in the clip 0 mm 8 1 M-6772.25

M-4006C LeFort I, right, in the clip 0 mm 8 1 M-6772.26











M-4005C M-4009C

M-4015C

M-4023C

M-4019C

M-4027C

25

mm

24

mm

24

mm

24

mm

24

mm

23

mm

23 mm 23 mm

23 mm

23 mm

23 mm

23 mm

M-4006C M-4010C

M-4016C

M-4024C

M-4020C

M-4028C



1.5 Maxillary Plates, Pre-shaped, Medial, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm


M-4031C LeFort I, left, in the clip 0mm 12 1 M-6772.037

M-4032C LeFort I, right, in the clip 0mm 12 1 M-6772.038











M-4031C M-4041C

M-4043C

M-4059C

M-4045C

M-4083C

26

mm

26

mm

25

mm

25

mm

25

mm

25

mm

31 mm 31 mm

31 mm

31 mm

31 mm

31 mm

M-4032C M-4042C

M-4044C

M-4060C

M-4046C

M-4084C



1.5 Z-Plates, Lateral, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm


M-4025C Z, left, in the clip 0 mm 4 1 M-6772.013

M-4026C Z, right, in the clip 0 mm 4 1 M-6772.014

M-4029C Z, left, in the clip max. 5 mm 6 1 M-6772.015

M-4030C Z, right, in the clip max. 5 mm 6 1 M-6772.016

M-4033C Z, left, in the clip max. 10 mm 6 1 M-6772.017

M-4034C Z, right, in the clip max. 10 mm 6 1 M-6772.018

M-4025C M-4029C M-4033C

17

mm

25

mm

31

mm

8

16 mm

15 mm

1.5 Y-Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm


M-4035C Y, in the clip 0 mm 5 1 M-6772.019

M-4036C Y, in the clip max. 5 mm 7 1 M-6772.020

M-4037C Y, in the clip max. 10 mm 7 1 M-6776.021

M-4035C M-4036C M-4037C

16

mm 25

mm 30

mm

10

16 mm

16 mm

1.5 Grid Plate, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm


M-4040C rectangular, in the clip 8 (4x2) 1 M-6772.024

12

mm

21 mm

M-4026C M-4030C M-4034C



2.0 Sagittal Split Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.7 mm, 0.8 mm

2.0 Sagittal Split Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.8 mm, 0.9 mm, 1.0 mm

2.0 Sagittal Split Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 1.0 mm


M-4047C open, in the clip max. 5 mm 6 1 M-6776.001




M-4050C closed, in the clip max. 5 mm 6 1 M-6776.004



27 mm

30 mm

37 mm

35 mm

47 mm

40 mm

12

mm

12

mm

M-4047C

M-4050C

M-4049C

M-4052C

M-4048C

M-4051C

27 mm 40 mm

44 mm

37 mm 49 mm

M-4061C M-4062C

M-4064C

M-4065C M-4066C


M-4061C straight, in the clip max. 5 mm 4 1 M-6776.013






32 mm

M-4063C




2.0 Grid Plate, in the Clip Material: Titanium (ASTM F67) Plate thickness: 1.0 mm


M-4067C square, in the clip 8 (4x2) 1 M-6776.019

15

mm

35 mm

2.0 TriLock Ramus Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 1.3 mm


M-4053C left, in the clip 0 mm 8 1 M-6776.007

M-4054C right, in the clip 0 mm 8 1 M-6776.008

M-4055C left, in the clip max. 7 mm 10 1 M-6776.009

M-4056C right, in the clip max. 7 mm 10 1 M-6776.010

M-4057C left, in the clip max. 14 mm 10 1 M-6776.011

M-4058C right, in the clip max. 14 mm 10 1 M-6776.012

26

mm

23 mm

34

mm

28 mm

41

mm

30 mm

M-4054C M-4056CM-4053C

M-4058C

M-4055C

M-4057C




M-4074C flat, in the clip 0 mm 6 1 M-6776.024

M-4076C pre-shaped, in the clip 3 mm 6 1 M-6776.025




2.0 Chin Plates, Pre-shaped, in the Clip Material: Titanium (ASTM F67) Plate thickness: 0.6 mm

M-4074C M-4076C M-4078C M-4080C M-4082C

16 mm

21 mm

2.0 Straight Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 1.0 mm

23 mm 84 mm

M-4068C M-4069C





M-4070C X, in the clip max. 5 mm 6 1 M-6776.022

M-4072C X, in the clip max. 10 mm 6 1 M-6776.023

2.0 Chin Plates, in the Clip Material: Titanium (ASTM F67) Plate thickness: 1.0 mm

M-4070C M-4072C

16 mm

19

mm

16 mm

24

mm




M-3019

M-3029

M-3039

M-3049

M-3059

M-3069

Twist Drills for Screws Ø 1.5 mm

Art. No. Ø Twist Drill Stop Length Drill Shaft End Piece/Pkg

M-3019 1.1 5 mm 35 mm Dental 1

M-3039 1.1 7 mm 37 mm Dental 1

M-3059 1.1 16 mm 46 mm Dental 1

M-3029 1.1 5 mm 48 mm Stryker 1

M-3049 1.1 7 mm 50 mm Stryker 1

M-3069 1.1 16 mm 59 mm Stryker 1


M-4074C flat, in the clip 0 mm 6 1 M-6776.024





Twist Drills for Gliding Hole Ø 1.5 mm

M-3099

M-3109


M-3099 1.5 25 mm 55 mm Dental 1

M-3109 1.5 25 mm 68 mm Stryker 1



Twist Drills for Screws Ø 2.0 mm


M-3119 1.5 5 mm 35 mm Dental 1

M-3139 1.5 7 mm 37 mm Dental 1

M-3159 1.5 25 mm 55 mm Dental 1

M-3459 1.5 25 mm 99 mm Dental 1

M-3129 1.5 5 mm 48 mm Stryker 1

M-3149 1.5 7 mm 50 mm Stryker 1

M-3169 1.5 25 mm 68 mm Stryker 1

M-3469 1.5 25 mm 112 mm Stryker 1

M-3319* 1.5 5 mm 14.5 mm Dental 1

M-3339* 1.5 7 mm 16.5 mm Dental 1

M-3359* 1.5 13 mm 22.5 mm Dental 1

M-3119

M-3129

M-3139

M-3149

M-3159

M-3169

M-3319*

M-3339*

M-3359*

M-3459

M-3469

* for MODUS 90° screwdriver



Twist Drill for Screws Ø 2.3 mm (and for Gliding Hole Ø 2.0 mm)


M-3239 2.0 7 mm 37 mm Dental 1

M-3259 2.0 25 mm 55 mm Dental 1

M-3279 2.0 25 mm 99 mm Dental 1

M-3249 2.0 7 mm 50 mm Stryker 1

M-3269 2.0 25 mm 68 mm Stryker 1

M-3289 2.0 25 mm 112 mm Stryker 1

M-3419* 2.0 7 mm 19 mm Dental 1

M-3439* 2.0 13 mm 25 mm Dental 1

M-3239

M-3249

M-3259

M-3269

M-3279

M-3289

M-3419*

M-3439*

* for MODUS 90° screwdriver



M-2663 M-2523 M-2513

M-2553 M-2046

M-2662 M-2522 M-2512

Screwdriver 1.5 (Single Components)

M-2552 M-2032

Art. No. Interface Description Length Piece/Pkg

M-2552 tension sleeve for M-2512 45 mm 1

M-2032 screwdriver handle 110 mm 1

M-2662 HD4 screwdriver blade, self-holding 69 mm 1

M-2522 screwdriver blade, self-holding 69 mm 1

M-2512 screwdriver blade for M-2552 69 mm 1

HD4 HD4 HD4 HD4 HD4

Screwdriver 2.0 (Single Components)

Art. No. Interface Description Length Piece/Pkg

M-2553 tension sleeve for M-2513 45 mm 1

M-2046 screwdriver handle 110 mm 1

M-2663 HD6 screwdriver blade, self-holding 84 mm 1

M-2523 screwdriver blade, self-holding 84 mm 1

M-2513 screwdriver blade for M-2553 87 mm 1

HD6 HD6 HD6 HD6 HD6

M-2438 M-2430

90° Screwdriver

Art. No. System Description Length Piece/Pkg

M-2410 1.5 - 2.0, TriLock without rotation knob 218 mm 1

M-2438 1.5 - 2.0, TriLock torque-limiting knob 58 mm 1

M-2430 1.5 - 2.0, TriLock rotation knob 46 mm 1

M-2410



M-2250

M-2250.1


M-2250 1.5 - 2.5 164 mm 1

M-2250.1 1.5 - 2.5 caliper needle (replacement part) 163 mm 1

1.5 - 2.5 Depth Gauge


M-2198 2.0 - 2.5 125 mm 1

Drill Guide TriLock 2.0/2.3/2.5

Plate and Screw Holding Forceps


M-2009 angled, small 149 mm 1

M-2019 angled, large 199 mm 1

M-2009

M-2019

Art. No. Interface Description Length Shaft end Piece/Pkg

M-2493 self-holding 12 mm Dental 1

M-2563* 12 mm Dental 1

M-2588 HD6 self-holding 13 mm Dental 1

Can be used with screw holding fork

HD6 HD6 HD6 HD6 HD6

M-2588M-2563 °M-2493

Screwdriver Blades



A-2046

Plate Cutting Pliers

Art. No. System Length Piece/Pkg

A-2046 1.2 - 2.8 207 mm 1

M-2170 0.9 - 2.0 180 mm 1

M-2170



M-2002

M-2006

M-2012

M-2158

Plate Bending Pliers


M-2002 1.5 152 mm 1

M-2006 2.0 - 2.5 156 mm 1

M-2012 0.9 - 1.5 with pin 140 mm 1

M-2158 2.0 - 2.5 with pin 140 mm 1



Holding Rack for Implant and Instrument Cases

Art. No. Description Piece/Pkg

M-6710 steel 1

Lid for Implant and Instrument Cases

Art. No. Description Dimension Piece/Pkg

M-6706 steel 120 x 240 mm 1

M-6707 steel 240 x 240 mm 1

M-6706


M-6614 instrument case 240 x 240 x 54 mm 1

M-6711 instrument tray, bottom 1

M-6712 instrument tray, top 1

Instrument Case and Trays

M-6707

M-6614 M-6711 M-6712



Implant Cases for Orthognathic Plates and Screws, 1.5/2.0 (Small, Empty)


M-6607.01 implant case, plates, 1.5 120 x 240 x 20 mm 1

M-6608.04 implant case, plates, 2.0 120 x 240 x 37 mm 1

M-6611.02 implant case, screws, 1.5/2.0 120 x 240 x 37 mm 1

M-6615.01 implant case, plates/screws, 2.0 120 x 240 x 20 mm 1


More options available on demand.

M-6607.01 M-6608.04 M-6611.02




More options available on demand.

Implant Cases for Orthognathic Plates and Screws, 1.5/2.0 (Large, Empty)

M-6603.02M-6601.04

M-6615.01 M-6617.02



Clinical Examples

Maxillary forward displacement and fixation with 1.5 LeFort plates and SpeedTip screwsSemi-rigid fixation after mandibular backward displacement

Case 2 - Bimaxillary repositioning osteotomy with 2 closed sagittal split plates

Case 1 - Maxillary forward displacement

Postoperative X-ray with optimal occlusionPreoperative X-ray of maxillary retrognathism together with mandibular progenism

Intraoperative view of a LeFort I osteotomy Postoperative result Osteosynthesis with 1.5 L and Z plates

Preoperative image

Postoperative resultPreoperative X-ray of retrognathism

Fall 3 – Bimaxillary repositioning osteotomy with 2 open sagittal split plates

Intraoperative viewSagittal split osteotomy of the mandible, IMF, osteosynthesis with 2 open sagittal split plates



Case 4 - Low-high oblique osteotomy

The intact nerve is then evident to the lingual side entering the tooth-bearing segment

After ultrasound or manual adjustment of the joint-bearing segment, provisional fi xation is performed using 4 screws near to the osteotomy split, the intermaxillary fi xation is released and the occlusion checked

The low-high piezoelectric osteotomy developed on the basis of the Schlössmann high-oblique osteotomy (Schlössmann & Perthes in 1924) is performed from lateral caudal to lingual cranial An osteotomy is performed from lateral inferior to medial superior above the inferior alveolar nerve, visualized lingually with the Cottle rasp, thus preserving the nerve The fragments diverge spontaneously due to muscle tension (pterygoid muscles and temporal muscle) after complete piezoelectric osteotomy

Postoperative 3D CT position check after complete osteosynthesis

Postoperative resultPreoperative X-ray

Case 5 - Genioplasty

Forward displacement of the tip of the chin by 5 mm

Clinical cases by kind permission:

Case 1: Dr. Philipp Jürgens, Basel, Switzerland I Case 2: Mr. Tim Lloyd, London, UK I Case 3: Prof Dr. Dr. Mario F. R. Gabrielli, Araraquara, Brazil I

Case 4: Prof. Dr. Dr. Constantin Landes, Frankfurt, Germany I Case 5: Prof. Dr. Maciej Jagielak, Warsaw, Poland



MANDIBLE-07000001_v2 / © 05.2014, Medartis AG, Switzerland. All technical data subject to alteration.

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Orthognathics 1.5/2 - Medartis · Orthognathics 1.5/2.0 | 5 Æ MODUS ORTHOGNATHICS MODUS Orthognathics offers an innovative range of products